Module-Level AI Literacy Integration
Original work: "Educators' guide to multimodal learning and Generative AI" β TΓΌnde Varga-Atkins, Samuel Saunders, et al. (2024/25) β CC BY-NC 4.0
Adapted for UK Nursing Education by: Lincoln Gombedza, RN (LD)
Last Updated: December 2025
Integrating AI literacy into individual modules ensures students develop competencies progressively and contextually. This page provides practical guidance for module leaders.
π Module Design Principlesβ
Avoid generic "AI Training." Always embed AI literacy within the clinical context of your module (e.g., using AI for care planning in a nursing process module, or for communication simulation in a therapeutic practice module).
1. Alignment with Learning Outcomesβ
- Explicit: Include AI competencies directly in learning outcomes.
- Mapped: Ensure alignment with NMC standards (e.g., digital literacy, evidence-based practice).
2. Contextual Integrationβ
- β DO: Relate AI to specific clinical tasks (care plans, discharge summaries).
- β DON'T: Teach technology for technology's sake.
π Module Planning Frameworkβ
Follow this 3-step cycle to integrate AI effectively:
π Example Module Plansβ
Explore how AI integration looks across different fields of nursing:
- Adult Nursing
- Mental Health
- Child Nursing
- Learning Disability
π« Care Planning Module (Year 2)β
Focus: Holistic care planning & Evidence-based practice
Learning Outcomesβ
- Develop evidence-based care plans using tools including AI.
- Critically evaluate AI-generated recommendations against NICE guidelines.
- Demonstrate ethical AI use (privacy/accountability).
Key Activitiesβ
- Week 3 (Demo): Facilitator demonstrates generating a care plan and highlighting errors.
- Week 4 (Workshop): Students generate plans for complex case studies and red-pen the hallucinations.
- Week 5 (Ethics): Discussion on data privacy and professional accountability.
Assessment: AI-Enhanced Portfolioβ
- Task: Submit an AI-generated draft + a final human-edited version.
- Requirement: A 500-word reflection on why changes were made.
- Success Criteria: Accurate error identification and evidence-based modifications.
π§ Therapeutic Communication (Year 2)β
Focus: Communication skills & Empathy
Learning Outcomesβ
- Practice therapeutic communication using AI simulations.
- Evaluate AI's inability to understand human emotion.
- Maintain a person-centred approach despite technology.
Key Activitiesβ
- Week 2 (Roleplay): Use text-based AI to simulate a patient conversation.
- Week 4 (Analysis): Compare AI's "empathy" to genuine human connection.
- Week 6 (Ethics): Discuss professional boundaries in digital communication.
Assessment: Reflective Videoβ
- Task: Record a response to an AI-generated patient scenario.
- Requirement: Critique the AI's portrayal of mental health conditions (stereotypes vs. reality).
πΆ Health Promotion (Year 3)β
Focus: Family health & Developmental appropriateness
Learning Outcomesβ
- Create age-appropriate health materials using Generative AI (images/text).
- Evaluate content for developmental stages.
- Adapt resources for diverse family needs.
Key Activitiesβ
- Week 3 (Creation): Generate a visual storyboard for a "Going to Theatre" guide.
- Week 5 (Critique): Assess if the language is truly child-friendly or just "dumbed down."
- Week 7 (Inclusion): Adapt materials for non-English speaking families using AI translation (with verification).
Assessment: Resource Packβ
- Task: Create a health promotion pack.
- Requirement: Justify developmental choices and how AI bias was mitigated.
βΏ Accessible Information (Year 2)β
Focus: Health Inequalities & Reasonable Adjustments
Learning Outcomesβ
- Use AI to simplify complex medical text into "Easy Read".
- Evaluate AI-generated images for respectful representation.
- Demonstrate understanding of reasonable adjustments.
Key Activitiesβ
- Week 2 (Standard): Workshop on Easy Read standards (images, text size).
- Week 4 (Social Stories): Use AI to create a visual "Getting a Blood Test" story.
- Week 6 (Risk): Discuss risk of AI hallucinating incorrect medical advice in simplified text.
Assessment: Accessible Resourceβ
- Task: Create a Hospital Passport.
- Requirement: Submission must show "Raw AI Output" vs "Final Version" to demonstrate human value.
β οΈ Common Challenges & Solutionsβ
Anticipate these hurdles when introducing AI:
| Challenge | π‘ Potential Solution |
|---|---|
| Student Over-Reliance | Design "AI-Free" components (e.g., oral defense) and require process documentation. |
| Unequal Access | Ensure all students have access to the same tools (institutional license) or use free tiers with clear guidance. |
| Academic Misconduct | Move from "product-based" assessment (the essay) to "process-based" (the portfolio/reflection). |
| Staff Confidence | Start small! Introduce AI in just one workshop before a full module rollout. |
β Implementation Checklistβ
For Module Leadersβ
- Review Policy: Check your institution's current AI assessment policy.
- Tool Check: Ensure the chosen AI tool is GDPR compliant and accessible.
- Update Handbook: Clearly state "AI Permitted" or "AI Prohibited" for each assessment.
- Scaffold: Don't assume students know how to prompt; teach them.
- Safety Net: Have a backup plan if the AI tool goes down during a session.
Assessment Assessment Taxonomyβ
- π€ AI-Enhanced: Students must use AI (e.g., "Critique this AI care plan").
- π€ AI-Assisted: Students may use AI for specific tasks (e.g., "Brainstorming ideas").
- π« AI-Free: No AI permitted (e.g., Clinical exams, Oral defense).
Next: Explore Programme Strategy for curriculum-wide integration.